Spacebridge: The Next Generation: Difference between revisions

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Created initial stub for SB:TNG
 
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Added preliminary list of launch objectives and other basic information
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# Mission Log


...todo...
=== NBRL-001: Infinite Improbability Dive ===
<blockquote>Another thing that got forgotten was the fact that against all probability a sperm whale had suddenly been called into existence several miles above the surface of Tracy, California.</blockquote>
 
==== Launch Type: ====
Unmanned Free Balloon
 
==== Launch Objectives: ====
Pre-launch:
 
* Track and recover NWS radiosonde using SDR ground station
* Repurpose RS41 radiosonde to transmit telemetry on amateur radio band via APRS
* Identify appropriate launch location
* Plan safe and recoverable flight trajectory
* Communicate with FAA to issue NOTAM
 
Launch:
 
* Integrate payload and balloon subsystems
* Safely fill and handle balloon
* Launch!
 
Post-launch:
 
* Receive radio signal from radiosonde
* Track balloon position using telemetry data
* Recover payload

Revision as of 13:17, 18 June 2024


Space: the final frontier. These are the voyages of the hackerspace Noisebridge, our ongoing mission to explore strange (yet economically priced) new ascent technologies; to seek out new parts and new partnerships; to boldly go where no non-government-or-massively-industrially-funded-group has gone before.


NBRL-001: Infinite Improbability Dive

Another thing that got forgotten was the fact that against all probability a sperm whale had suddenly been called into existence several miles above the surface of Tracy, California.

Launch Type:

Unmanned Free Balloon

Launch Objectives:

Pre-launch:

  • Track and recover NWS radiosonde using SDR ground station
  • Repurpose RS41 radiosonde to transmit telemetry on amateur radio band via APRS
  • Identify appropriate launch location
  • Plan safe and recoverable flight trajectory
  • Communicate with FAA to issue NOTAM

Launch:

  • Integrate payload and balloon subsystems
  • Safely fill and handle balloon
  • Launch!

Post-launch:

  • Receive radio signal from radiosonde
  • Track balloon position using telemetry data
  • Recover payload